摘要
制造业作为国家经济发展的基础行业,存在高端技能型人才短缺、理论与实践学习脱节等问题。为有效改善机械工程类课程的体系框架,基于云平台技术,提出一种课程标准的修订与优化方案。对云平台框架进行了构建,确立平台功能,将教学反馈融入课程管理系统中。结合区域经济和产业特点,考虑机械类专业中不同课程之间的关联性和系统性,改进培养目标描述的准确性和逻辑性。在教学方法的设计方面,逐步应用线上线下混合式模式,完善成绩评定和考核依据,在大数据技术支持下实现科学的教学评价。
As a fundamental industry for national economic development,the manufacturing industry faces problems such as a shortage of high-end skilled talents and a disconnect between theoretical and practical learning.To effectively improve the system framework of mechanical engineering courses,a revision and optimization plan for course standards is proposed based on cloud platform technology.We have constructed the cloud platform framework,established platform functions,and integrated teaching feedback into the course management system.The program combines the characteristics of regional economy and industry,considers the relevance and systematicness of different courses in mechanical majors,and improves the accuracy and logic of the description of training objectives.In terms of teaching method design,gradually apply a mixed online and offline mode,improve the basis for grade evaluation and assessment,and achieve scientific teaching evaluation with the support of big data technology.
作者
杨营
赵亮
屈云
韩玉勇
YANG Ying;ZHAO Liang;QU Yun;HAN Yu-yong(Tengzhou Secondary Vocational Education Center School,Zaozhuang 277500,China)
出处
《机械工程与自动化》
2024年第1期186-188,191,共4页
Mechanical Engineering & Automation
基金
枣庄市社科联课题(LX2022354)
山东省教育教学研究课题韩玉勇名师工作室项目(2021JXY143)。
关键词
云平台
课程标准
机械工程
管理系统
cloud platform
curriculum standards
mechanical engineering
management system
